PYPLOK®’s Post

In the context of well testing, a "flare dragon" is a term used to refer to a specialized piece of equipment used to safely burn off excess gas during well testing operations. It is essentially a type of flare stack or flare boom specifically designed for use in well-testing applications. The term "dragon" may be used colloquially to describe the appearance or function of the flare stack when it is burning off gas, as the flames can resemble those of a dragon's breath. The flare dragon serves a similar function to a conventional flare stack or flare boom in industrial facilities, but it is typically smaller and more portable, making it suitable for temporary installations at well testing sites. Its primary purpose is to provide a safe and controlled means of disposing of excess gas produced during well testing operations, particularly during flowback or cleanup operations after hydraulic fracturing (fracking). Key functions and features of a flare dragon in well testing operations may include: 1. **Gas Combustion**: Like other flare systems, the flare dragon is designed to safely burn off excess gas to prevent the release of uncontrolled emissions into the atmosphere. 2. **Safety**: The flare dragon helps to reduce the risk of gas buildup and potential hazards associated with the release of flammable gases at well testing sites. 3. **Environmental Compliance**: By burning off excess gas, the flare dragon helps operators comply with environmental regulations and permits by minimizing air emissions and pollutants released into the atmosphere. 4. **Temporary Installation**: Flare dragons are typically designed to be portable and easy to install and dismantle, making them suitable for temporary use during well testing operations. Overall, the flare dragon plays a crucial role in ensuring the safety, environmental compliance, and efficient operation of well testing activities by providing a reliable method for disposing of excess gas produced during testing operations. #welltesting #production #oil_industry

Is it not the aim of every company working in oil and gas to reduce hazards, reduce risks, reduce the environmental impact while reducing overall costs? Having been in the rig cooling, heat suppression industry for over Two Decades I see issues today that were once mitigated from operations, in fact this industry is a good case study of how the oil and gas industry does not reduce hazards, risks, environmental impact or costs when they can. This could be down to a high-volume discount, rebate contract with well test companies and rig cooling companies where the more equipment the operator uses the more money, they get back from the rig cooling company, it could also be down to the competency being lost with privately owned companies being purchased by the likes of James Fisher Offshore or TETRA Technologies, Inc.. Another reason could be that the duty holders and their employees today have never seen anything else, even when they have their very own built-in cooling systems, they still have rental systems supplied, imagine a day rate of £500 as opposed to £2500.00 - £4,000.00 +. Imagine no shipping costs, which mitigates the environmental impact of all that equipment being shipped out, used, and then shipped back. Imagine all the hazards and risks from the preparation of the package, the shipping of the package, the rig up of the package, the operation of the package, the rig down of the package, the shipping back of the package and then the maintenance of the package all being mitigated. The only reason we should see this type of system today is if the rig has no cooling system built in, or if the flare rates are too high for the rigs own system. If you would like to hear how and why you should up-grade and use your own rig cooling / heat suppression system as a duty holder or an operator paying for the day rate of the rig, drop me a note on ian@rigdeluge.com #rigcooling #heatsuppression #welltest #welltesting #technology #innovation #safety #safetyfirst #environmentalimpact #optimise #dutyholder #engineer #engineering #oeuk #stepchangeinsafety #rig #flaring #pump #reducecarbonfootprint #reducerisk #reducehazards #reducecosts #life #competence #integrity #moralcompass #compass #regulator #certified #API14G #ASMEB31.3 #API521 #intergrity #ethics #morals

When considering the safety of pipelines, testing plays a crucial role. Using air or water to pressurize pipelines to assess their durability and ability prevents leaks, ensuring they adhere to the highest safety standards. https://lnkd.in/gDVNbTv9 #pipeline #construction #sustainability #industry #energy #oilgas #production #oilandgas #safety #pipe #welder #welding #oilfield #superiorpipelineservices #gasindustry #distribution #transmission

🚨 Another Success Story 🚨 Our recent success story in isolating a high-pressure CO₂ transport pipeline without disrupting flow perfectly embodies the #innovation and #reliability TDW stands for. This achievement not only showcases our #engineering #excellence but also highlights our commitment to supporting safe, sustainable energy delivery while addressing the complexities of modern pipeline systems. It's a testament to the collaboration and problem-solving mindset that our teams bring to every challenge. For over 100 years, TDW has partnered with the industry to provide future-proof solutions across the pipeline lifecycle, ensuring #energy is delivered 𝘀𝗮𝗳𝗲𝗹𝘆, 𝘀𝘂𝘀𝘁𝗮𝗶𝗻𝗮𝗯𝗹𝘆, 𝗮𝗻𝗱 𝗿𝗲𝗹𝗶𝗮𝗯𝗹𝘆. #pipelines #sustainability #energytransition #ProblemSolving #Infrastructure

Corrosion Analysis & Cathodic Protection: Safeguarding the Energy Sector Corrosion is one of the energy sector's most persistent challenges, threatening infrastructure integrity and operational efficiency.  We can significantly extend the lifespan of pipelines, offshore platforms, and other critical assets with corrosion analysis and cathodic protection. This proactive approach minimises maintenance costs and ensures the safety and reliability of our energy supply. 🔍 Key Benefits: ✔ Preventative Maintenance: Early corrosion detection can prevent costly repairs and downtime. ✔ Safety Enhancement: Protecting against structural failures keeps personnel and the environment safe. ✔ Sustainability: Reducing material degradation leads to a longer asset lifecycle, contributing to more sustainable operations. At Seacorr, we specialize in advanced corrosion analysis and tailor-made cathodic protection systems. Our solutions are designed to meet the unique challenges of the energy sector, ensuring that your operations are protected today and ready for tomorrow. 🔗 Learn more about our solutions in the energy sector here: https://lnkd.in/daXyJi2C #Corrosion #Testingand #Inspection #Cathodic #Protection #CertificationServices #IndustrialCorrosionAnalysis #CathodicProtectionSystems #CorrosionMonitoring #CathodicProtectionDesign #ComprehensiveCorrosionTestingSolutions #AdvancedCorrosionInspection #CertifiedCorrosionEngineers #Inspectors #OilandGas #Pipeline

Here's one for starters on the NACE documents

GTT Mark lll containment system. LNG has proved to be effective solution available for a greener shipping today. Though a major opportunity for shipping, LNG comes with its challenges of usage of space and boil-off management. GTT has developed LNG fuel solutions with the Mark III containment system, in particular for large applications like Container Vessels. The LNG tanks installed in those vessels usually have a design pressure or Maximal Allowable Relief Valve Setting (MARVS) of 0.7 barg in accordance with the IGF Code limitation for atmospheric tanks. From GTT decades of experience of in-service vessels, this standard 0.7 barg design is compatible with the LNG supply chain and offers sufficient operational flexibility as long as the Boil-off Gas (BOG) and relative tank pressure can be reasonably managed. The recent ULCVs equipped with GTT membrane tanks are a good example of this. However, most LNG fuel tanks being significantly smaller than LNG cargo tanks, there is a margin – an opportunity – to offer more flexibility to operators with a few modifications to the system. GTT has worked on an improved design which increases the flexibility of membrane tanks for specific applications Offering an increase pressure rating brings two main advantages: 1. Bunker LNG with warmer temperatures (from “lower quality” supply chain) 2. Increase pressure holding time (with and without gas consumption) Alternative Design Setting a membrane tank design pressure above 0.7 barg is beyond the stipulations of the IGF Code. However, the IGF Code allows modifications to the prescriptive requirements as long as the alternative design meets the goals and the functional requirements of the IGF Code and provides a level of safety at least equivalent to that of a prescriptive design. This innovation recently passed another major milestone by receiving an Approval in Principle (AiP) from DNV. The AiP with DNV is based on assessment of safety equivalence with tanks/vessels built within the limitations given by the applicable regulations. https://lnkd.in/dRM3ew_h #lng, #gtt, #dnv, #membrane, #bog

Top 10 Sour Gas Fields The Shah Field in the UAE holds approximately 480 billion cubic metres (BCM) of gas with around 23% hydrogen sulphide (H2S), making it one of the most sour gas fields in the world. Ghawar Field in Saudi Arabia, known primarily for its vast oil reserves, also contains significant sour gas reserves, although exact figures are not widely disclosed. The sour gas content can reach up to 15%. The South Pars/North Dome Gas-Condensate Field, shared between Iran and Qatar, holds approximately 51 trillion cubic metres (TCM) of gas, making it the world’s largest gas field. The Khuff Formation in Saudi Arabia holds over 8.5 trillion cubic metres (TCM) of gas with H2S levels reaching up to 20% in some areas. Khursaniyah in Saudi Arabia has significant gas reserves with H2S levels around 10-15%. Badr El-Din in Egypt, part of the Western Desert operations, contains significant gas reserves with H2S levels around 5-10%. Shurtan Field in Uzbekistan holds approximately 480 billion cubic metres (BCM) of gas with H2S levels up to 15%. Hassi R’Mel in Algeria, the country’s largest gas field, holds around 2.4 trillion cubic metres (TCM) of gas with around 10% H2S. Tengiz Field in Kazakhstan contains over 700 billion cubic metres (BCM) of gas with H2S levels up to 18%. Orenburg Field in Russia holds around 425 billion cubic metres (BCM) of gas with H2S levels between 8-12%.

🔧 Ensuring Pipeline Integrity: Corrosion Control & Prevention 🛢️ Corrosion is a major threat to pipeline safety and efficiency in the oil & gas industry. At OSEP Energy Limited, we prioritize advanced corrosion control strategies to protect our assets and the environment. Key Strategies: - Cathodic Protection: Counteracts electrochemical reactions. -High-Performance Coatings: Creates a barrier against corrosion. -Material Selection: Uses corrosion-resistant materials. -Chemical Inhibitors: Reduces fluid corrosiveness. -Advanced Monitoring: Detects early signs of corrosion. -Environmental Control: Manages factors like temperature and soil composition. Our commitment to these techniques ensures safety, reduces costs, and promotes sustainability. 🔍 Learn more about our practices. Contact us or visit our website! osepenergy.com info@osepenergy.com #OilAndGas #PipelineIntegrity #CorrosionControl #SafetyFirst #Sustainability #composite #onlineleaksealing #pipeline #facilitymanagement #pipinrepairs #pipingreinforcements #fiberlass #strengthofmaerials #idustralleaks #oilandgasnigeria